By discretizing the free-form surface with W sample points and clustering normals on the surface with m distinct sample normals, the proposed algorithm is designed, in general, with O m2W2) time complexity and O(W2) space complexity, and in particular, if the surface is convex, in O m2 log m) time complexity.
To serve such a function, Groups must be designed in a general and abstract way.
The model is designed in a general fashion that can capture mechanical quality attributes in response to different lubrication conditions and particle size, and it can be extended to powders than undergo different deformation mechanisms, complex mixtures, and doubly convex tablets.
This platform was intended to be used in data acquisition for gait identification, and is designed in a way general enough so many other projects could reuse the design to accelerate prototyping.
The new synthesized compounds were designed in compliance with the general pharmacophoric requirements for CA inhibiting anticancer drugs, as this may play a role in their anticancer activity.
The proposed formulation has been designed in order to represent general load cases and three-dimensional problem settings in the geometrically nonlinear regime of large deformations.
Moreover, a hybrid intelligent algorithm, which incorporates simulation, neural network and genetic algorithm, is designed in order to solve general fuzzy random expected value models.
The gains for the observer are designed in order to compensate a more general class of perturbations that appear in the suggested glucose-insuline nonlinear model.
Some monitoring may be designed to detect general ecological trends in poorly understood systems.
The multimode resonators, in general, can be designed into filter using three different design methods.
